Auxiliary mechanism: Double flywheels are installed at the bottom, and the rear flywheel is driven by a 1.5KW servo and turbine reducer. The front flywheel rotates automatically, and the center distance between the front and rear flywheels can be manually adjusted, with a maximum distance of 600mm,; 2-Handle Mechanism: The corresponding handle adopts a 0.4KW servo+planetary gearbox drive (with universal joint mechanism), and the up, down, front, back, left, and right positions can be manually adjusted

1. Auxiliary mechanism: Double flywheels are installed at the bottom, and the rear flywheel is driven by a 1.5KW servo and turbine reducer. The front flywheel rotates automatically, and the center distance between the front and rear flywheels can be manually adjusted, with a maximum distance of 600mm,;

2-handle mechanism: The corresponding handle is driven by a 0.4KW servo+planetary gearbox (with a universal joint mechanism), and the up, down, front, back, left, and right positions can be manually adjusted;

3. Fixed mechanism: The front and rear wheels of the sample are fixed with adjustable fixtures (the sample is manually lifted to the auxiliary frame for installation, and if necessary, an installation ramp is configured);

4 Speed measurement mechanism: using a wire encoder to transmit data, and a touch screen to display speed;

5 Test current: Install a DC ammeter;

Display mode: Touch screen displays real-time speed, stop speed, test time, etc;

6 Test speed: The maximum speed for the interval and auxiliary mechanism is 25.5km/h;

7. Equipment power supply: AC220V 50Hz.